Lan Todak

I don't know about others but fusion progress will eventually fail. Once they exceed threshold, longer chain reaction will happen. That will drain up energy. They will s when that happens.

Hi Everyone, could anyone here help me comfirm that this calculation verifies prime numbers? This is the calculation: DSum(Mod((x^2−A),(2B−2x))==0,x,0.0,(B−2)) A is a reminder of a number to be tested while B is a factor of a top closest square that is used to subtract the test number. For example, If you want to test 7, the top closest square is 3^2 or 9. B is 3 as it is a factor of 3^2. By using the square to subtract the test number, 3^2- 7=2, u get 2. Plug into the formula, u get DSum(Mod((x^2−2),(3⋅2−2x))==0,x,0.0,1.0) If you want to test 19, the top closest square is 5^2 or 25. B is 5 as it is a factor of 5^2. By using the square to subtract the test number, 5^2- 19=6, u get 6. Plug into the formula, u get DSum(Mod((x^2−6),(5⋅2−2x))==0,x,0.0,3.0) It works for any prime number(big or small). If u do it rite u should get all false. Tq...

I think I should post this in puzzle section instead of here. The answer is 1. You can get this answer by rearranging Fermat's little theorem. (I think my question wasn't interesting enough because it's easy)

I think you didn't get it. Should I say "any kind of machine calculation?". As I mentioned before, by looking at it, you could probably get the answer right away, with no machine involved (for example calculator). Test it first. if nobody gets it, I will show what I've got. I could say yes, but the X value is constant. It doesn't vary with a or p. Can you guess one of the composite numbers for 23^37-x. If X is 23, the composite numbers is 37, right? But you can't use 23 to other numbers. If a = X then yes.

Hi everyone... I have an interesting test to do. If given to you a^p, where p and a are available from 3 to infinity( although this set of numbers actually started from 0 but I removed them for some reasons), what is the special number(x) when you subtract from a, some composite numbers of a's reminder are always known? Here's an example. Pick any number for a,X and p. For this test I choose 8 for a, 11 for p and 31 for X so the structure looks like this, (8^11)-31=8,589,934,561. Can you guess the composite numbers for 8,589,934,561 without factorization? Some of its composite numbers are 13 and 660,764,197. By using X =31, test X for every available number for a^p. Guess its composite numbers directly without using factorization. If you are able to that, that means X is the special number. If u can't then it isn't. Here are tips for you. 1. X value is always near one of the composite numbers ( that's why you can always guess them right away) within no more than 2 digits For example, if X is 321, one of the composite numbers is within 300 to 350 width. More than that, you might calculate it wrong or X isn't special. 2. It works for any number for a^p. Yes, any number. 3. Use small numbers for test like 3^3-7 or 5^4-16 if you have issues with huge numbers 4. Remember to keep x as constant.only vary a and p. Good luck.

Hi everyone... Why Don't all of you talk about algorithm ( a set of instructions that allows a machine to be responsive). I mean why do AI look Like zombies to us although they are cooperative and responsive. What are the missing parts that weve overlooked. I think by discussing about this, allowing us to understand how unique free will is and why humans look Alive. I think it has something to do with yes-no process. You know what I mean.

I have something to share to all of you. As the title says, i will talk about earth's gravity growing with a proof. Don't worry, the proof I will provide can be tested in a lab just like you usually do, a very simple lab test. // I have asked admin to repost the topic. I hope this is ok.

I have something to share to all of you. As the title says, i will talk about earth's gravity growing with a proof but I need at least 1000 likes for precaution. Don't worry, the proof I will provide can be tested in a lab just like you usually do, a very simple lab test.

My phone screen is broken. I will try to do that soon. Anyway i Aman activist.

😃If I can't get charity from this site, can I get support from publisher? Is nyone here working on publishing company? I would like to publish my idea. If anyone could help me I will start a new topic right away 😃 Hi everyone...

Most of the time, when we understand one system or nature, we can create a simple and smooth math from it. But for an unknown, you might get wrong anticipation. For example, a machine produces an output using collatz conjecture. You ask some experts determine the system and create a math from it. What will you expect the results? They will create different maths. Oddly every math will work just fine on certain level but not on others. This is how we deal with gravity.